Vehicle Rear Vision

Vehicle Rear Vision

Peter Ma

Peter Ma

San Francisco, California

Building out Vehicle Rear Camera vision using Intel Joule and RealSense Camera

Intel RealSense™, Android, Robotics, Internet of Things

Description

Why do we build Vehicle Rear Vision? Back-up collision has been a major problems, The U.S. Center for Disease Control reported that from 2001–2003, an estimated 7,475 children (2,492 per year) under the age of 15 were treated for automobile back-over incidents. About 300 fatalities per year result from backup collisions. By 2018 all the cars sold in United States will require a mandatory backup camera.

How do we solve the problem? Most of the cars in the market today still do not have backup camera, that includes about half of the the cars that's being sold in the US today, and much more than half across the globe. We can solve this problem by installing a camera on the back of the car, using the space of license plate.

Walabot will be able to detect the distance of the target closest to the vehicle.

Intel RealSense R200 camera will give us a greater detail on what's being seen, including low light situation.

Intel Joule developer kit is powerful enough to run RealSense cameras along with Walabot. Raspberry Pi isn't powerful enough to run a RealSense 3D camera, in which we can add a lot more features in the future that can improve functionalities of the car. Same version can be used with Pi with a normal USB camera, but it won't be good for night time.

Android phone/tablet being used to display the Backup Camera, this is to reduce the cost of an additional screen. iOS version can be built upon request.

Through of those components, we will be able to build an Rear End Vision that shows user the back of the car.

Gallery

Video

Links

Vehicle Rear Vision Hackster.io

Peter ma

Peter M. added photos to project Vehicle Rear Vision

Medium 05a09daf 2471 41d8 94cf 3be371e577c2

Vehicle Rear Vision

Why do we build Vehicle Rear Vision?
Back-up collision has been a major problems, The U.S. Center for Disease Control reported that from 2001–2003, an estimated 7,475 children (2,492 per year) under the age of 15 were treated for automobile back-over incidents. About 300 fatalities per year result from backup collisions. By 2018 all the cars sold in United States will require a mandatory backup camera.

How do we solve the problem?
Most of the cars in the market today still do not have backup camera, that includes about half of the the cars that's being sold in the US today, and much more than half across the globe. We can solve this problem by installing a camera on the back of the car, using the space of license plate.

Walabot will be able to detect the distance of the target closest to the vehicle.

Intel RealSense R200 camera will give us a greater detail on what's being seen, including low light situation.

Intel Joule developer kit is powerful enough to run RealSense cameras along with Walabot. Raspberry Pi isn't powerful enough to run a RealSense 3D camera, in which we can add a lot more features in the future that can improve functionalities of the car. Same version can be used with Pi with a normal USB camera, but it won't be good for night time.

Android phone/tablet being used to display the Backup Camera, this is to reduce the cost of an additional screen. iOS version can be built upon request.

Through of those components, we will be able to build an Rear End Vision that shows user the back of the car.

Peter ma

Peter M. added photos to project Vehicle Rear Vision

Medium 4208ce96 1002 454b 9869 d139b014cebd

Vehicle Rear Vision

Why do we build Vehicle Rear Vision?
Back-up collision has been a major problems, The U.S. Center for Disease Control reported that from 2001–2003, an estimated 7,475 children (2,492 per year) under the age of 15 were treated for automobile back-over incidents. About 300 fatalities per year result from backup collisions. By 2018 all the cars sold in United States will require a mandatory backup camera.

How do we solve the problem?
Most of the cars in the market today still do not have backup camera, that includes about half of the the cars that's being sold in the US today, and much more than half across the globe. We can solve this problem by installing a camera on the back of the car, using the space of license plate.

Walabot will be able to detect the distance of the target closest to the vehicle.

Intel RealSense R200 camera will give us a greater detail on what's being seen, including low light situation.

Intel Joule developer kit is powerful enough to run RealSense cameras along with Walabot. Raspberry Pi isn't powerful enough to run a RealSense 3D camera, in which we can add a lot more features in the future that can improve functionalities of the car. Same version can be used with Pi with a normal USB camera, but it won't be good for night time.

Android phone/tablet being used to display the Backup Camera, this is to reduce the cost of an additional screen. iOS version can be built upon request.

Through of those components, we will be able to build an Rear End Vision that shows user the back of the car.

Peter ma

Peter M. added photos to project Vehicle Rear Vision

Medium b9b167d0 8793 45bf 8389 ce6bbc8190be

Vehicle Rear Vision

Why do we build Vehicle Rear Vision?
Back-up collision has been a major problems, The U.S. Center for Disease Control reported that from 2001–2003, an estimated 7,475 children (2,492 per year) under the age of 15 were treated for automobile back-over incidents. About 300 fatalities per year result from backup collisions. By 2018 all the cars sold in United States will require a mandatory backup camera.

How do we solve the problem?
Most of the cars in the market today still do not have backup camera, that includes about half of the the cars that's being sold in the US today, and much more than half across the globe. We can solve this problem by installing a camera on the back of the car, using the space of license plate.

Walabot will be able to detect the distance of the target closest to the vehicle.

Intel RealSense R200 camera will give us a greater detail on what's being seen, including low light situation.

Intel Joule developer kit is powerful enough to run RealSense cameras along with Walabot. Raspberry Pi isn't powerful enough to run a RealSense 3D camera, in which we can add a lot more features in the future that can improve functionalities of the car. Same version can be used with Pi with a normal USB camera, but it won't be good for night time.

Android phone/tablet being used to display the Backup Camera, this is to reduce the cost of an additional screen. iOS version can be built upon request.

Through of those components, we will be able to build an Rear End Vision that shows user the back of the car.

Peter ma

Peter M. added photos to project Vehicle Rear Vision

Medium d91b9b6c 5b4b 4f7d 8a74 3134ef24afbd

Vehicle Rear Vision

Why do we build Vehicle Rear Vision?
Back-up collision has been a major problems, The U.S. Center for Disease Control reported that from 2001–2003, an estimated 7,475 children (2,492 per year) under the age of 15 were treated for automobile back-over incidents. About 300 fatalities per year result from backup collisions. By 2018 all the cars sold in United States will require a mandatory backup camera.

How do we solve the problem?
Most of the cars in the market today still do not have backup camera, that includes about half of the the cars that's being sold in the US today, and much more than half across the globe. We can solve this problem by installing a camera on the back of the car, using the space of license plate.

Walabot will be able to detect the distance of the target closest to the vehicle.

Intel RealSense R200 camera will give us a greater detail on what's being seen, including low light situation.

Intel Joule developer kit is powerful enough to run RealSense cameras along with Walabot. Raspberry Pi isn't powerful enough to run a RealSense 3D camera, in which we can add a lot more features in the future that can improve functionalities of the car. Same version can be used with Pi with a normal USB camera, but it won't be good for night time.

Android phone/tablet being used to display the Backup Camera, this is to reduce the cost of an additional screen. iOS version can be built upon request.

Through of those components, we will be able to build an Rear End Vision that shows user the back of the car.

Peter ma

Peter M. added photos to project Vehicle Rear Vision

Medium 672e7d33 41da 4fed b54a bffb943501b1

Vehicle Rear Vision

Why do we build Vehicle Rear Vision?
Back-up collision has been a major problems, The U.S. Center for Disease Control reported that from 2001–2003, an estimated 7,475 children (2,492 per year) under the age of 15 were treated for automobile back-over incidents. About 300 fatalities per year result from backup collisions. By 2018 all the cars sold in United States will require a mandatory backup camera.

How do we solve the problem?
Most of the cars in the market today still do not have backup camera, that includes about half of the the cars that's being sold in the US today, and much more than half across the globe. We can solve this problem by installing a camera on the back of the car, using the space of license plate.

Walabot will be able to detect the distance of the target closest to the vehicle.

Intel RealSense R200 camera will give us a greater detail on what's being seen, including low light situation.

Intel Joule developer kit is powerful enough to run RealSense cameras along with Walabot. Raspberry Pi isn't powerful enough to run a RealSense 3D camera, in which we can add a lot more features in the future that can improve functionalities of the car. Same version can be used with Pi with a normal USB camera, but it won't be good for night time.

Android phone/tablet being used to display the Backup Camera, this is to reduce the cost of an additional screen. iOS version can be built upon request.

Through of those components, we will be able to build an Rear End Vision that shows user the back of the car.

Peter ma

Peter M. added photos to project Vehicle Rear Vision

Medium 313ab995 c69a 460b a6e3 44536defccc9

Vehicle Rear Vision

Why do we build Vehicle Rear Vision?
Back-up collision has been a major problems, The U.S. Center for Disease Control reported that from 2001–2003, an estimated 7,475 children (2,492 per year) under the age of 15 were treated for automobile back-over incidents. About 300 fatalities per year result from backup collisions. By 2018 all the cars sold in United States will require a mandatory backup camera.

How do we solve the problem?
Most of the cars in the market today still do not have backup camera, that includes about half of the the cars that's being sold in the US today, and much more than half across the globe. We can solve this problem by installing a camera on the back of the car, using the space of license plate.

Walabot will be able to detect the distance of the target closest to the vehicle.

Intel RealSense R200 camera will give us a greater detail on what's being seen, including low light situation.

Intel Joule developer kit is powerful enough to run RealSense cameras along with Walabot. Raspberry Pi isn't powerful enough to run a RealSense 3D camera, in which we can add a lot more features in the future that can improve functionalities of the car. Same version can be used with Pi with a normal USB camera, but it won't be good for night time.

Android phone/tablet being used to display the Backup Camera, this is to reduce the cost of an additional screen. iOS version can be built upon request.

Through of those components, we will be able to build an Rear End Vision that shows user the back of the car.

Peter ma

Peter M. added photos to project Vehicle Rear Vision

Medium 83bc9268 57a2 4d7b aab7 54a6f418934d

Vehicle Rear Vision

Why do we build Vehicle Rear Vision?
Back-up collision has been a major problems, The U.S. Center for Disease Control reported that from 2001–2003, an estimated 7,475 children (2,492 per year) under the age of 15 were treated for automobile back-over incidents. About 300 fatalities per year result from backup collisions. By 2018 all the cars sold in United States will require a mandatory backup camera.

How do we solve the problem?
Most of the cars in the market today still do not have backup camera, that includes about half of the the cars that's being sold in the US today, and much more than half across the globe. We can solve this problem by installing a camera on the back of the car, using the space of license plate.

Walabot will be able to detect the distance of the target closest to the vehicle.

Intel RealSense R200 camera will give us a greater detail on what's being seen, including low light situation.

Intel Joule developer kit is powerful enough to run RealSense cameras along with Walabot. Raspberry Pi isn't powerful enough to run a RealSense 3D camera, in which we can add a lot more features in the future that can improve functionalities of the car. Same version can be used with Pi with a normal USB camera, but it won't be good for night time.

Android phone/tablet being used to display the Backup Camera, this is to reduce the cost of an additional screen. iOS version can be built upon request.

Through of those components, we will be able to build an Rear End Vision that shows user the back of the car.

Peter ma

Peter M. added photos to project Vehicle Rear Vision

Medium 031431a4 6cc5 400a 9c8b 47a59114cdc5

Vehicle Rear Vision

Why do we build Vehicle Rear Vision?
Back-up collision has been a major problems, The U.S. Center for Disease Control reported that from 2001–2003, an estimated 7,475 children (2,492 per year) under the age of 15 were treated for automobile back-over incidents. About 300 fatalities per year result from backup collisions. By 2018 all the cars sold in United States will require a mandatory backup camera.

How do we solve the problem?
Most of the cars in the market today still do not have backup camera, that includes about half of the the cars that's being sold in the US today, and much more than half across the globe. We can solve this problem by installing a camera on the back of the car, using the space of license plate.

Walabot will be able to detect the distance of the target closest to the vehicle.

Intel RealSense R200 camera will give us a greater detail on what's being seen, including low light situation.

Intel Joule developer kit is powerful enough to run RealSense cameras along with Walabot. Raspberry Pi isn't powerful enough to run a RealSense 3D camera, in which we can add a lot more features in the future that can improve functionalities of the car. Same version can be used with Pi with a normal USB camera, but it won't be good for night time.

Android phone/tablet being used to display the Backup Camera, this is to reduce the cost of an additional screen. iOS version can be built upon request.

Through of those components, we will be able to build an Rear End Vision that shows user the back of the car.

Peter ma

Peter M. added photos to project Vehicle Rear Vision

Medium 5a03cec1 c490 4a83 8baa 72a06b15465d

Vehicle Rear Vision

Why do we build Vehicle Rear Vision?
Back-up collision has been a major problems, The U.S. Center for Disease Control reported that from 2001–2003, an estimated 7,475 children (2,492 per year) under the age of 15 were treated for automobile back-over incidents. About 300 fatalities per year result from backup collisions. By 2018 all the cars sold in United States will require a mandatory backup camera.

How do we solve the problem?
Most of the cars in the market today still do not have backup camera, that includes about half of the the cars that's being sold in the US today, and much more than half across the globe. We can solve this problem by installing a camera on the back of the car, using the space of license plate.

Walabot will be able to detect the distance of the target closest to the vehicle.

Intel RealSense R200 camera will give us a greater detail on what's being seen, including low light situation.

Intel Joule developer kit is powerful enough to run RealSense cameras along with Walabot. Raspberry Pi isn't powerful enough to run a RealSense 3D camera, in which we can add a lot more features in the future that can improve functionalities of the car. Same version can be used with Pi with a normal USB camera, but it won't be good for night time.

Android phone/tablet being used to display the Backup Camera, this is to reduce the cost of an additional screen. iOS version can be built upon request.

Through of those components, we will be able to build an Rear End Vision that shows user the back of the car.

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